// path of the phase in the workflow managed by the Runner.
	generatedName string

	// use is the phase usage string that will be printed in the workflow help.
	// It corresponds to the relative path of the phase in the workflow managed by the Runner.
	use string
}

// NewRunner return a new runner for composable kubeadm workflows.
func NewRunner() *Runner {
	return &Runner{
		Phases: []Phase{},
	}
}

        if (isLargeProject) {
            runner.warmUpRuns = 2
            runner.runs = 8
        }

        testProject.configure(runner)
        runner.tasksToRun = tasks.split(' ')
        runner.args.add('-Dorg.gradle.parallel=true')
        runner.cleanTasks = ["clean"]
        runner.useDaemon = false
        runner.addBuildMutator { invocationSettings ->

	if err != nil {
		return err
	}
	if !exists {
		return nil
	}
	out, err := runner.run(opDeleteRule, fullArgs)
	if err != nil {
		return fmt.Errorf("error deleting rule: %v: %s", err, out)
	}
	return nil
}

func (runner *runner) IsIPv6() bool {
	return runner.protocol == ProtocolIPv6
}

func (runner *runner) Protocol() Protocol {
	return runner.protocol

import org.gradle.testkit.runner.fixtures.InspectsExecutedTasks
import org.gradle.testkit.runner.fixtures.PluginUnderTest
import org.gradle.util.GradleVersion
import org.gradle.util.UsesNativeServices

import static org.gradle.testkit.runner.TaskOutcome.SUCCESS
import static org.hamcrest.CoreMatchers.anyOf
import static org.hamcrest.CoreMatchers.containsString

@InjectsPluginClasspath
@InspectsBuildOutput

After creating and configuring a runner instance, the build can be executed via the link:{javadocPath}/org/gradle/testkit/runner/GradleRunner.html#build--[GradleRunner.build()] or link:{javadocPath}/org/gradle/testkit/runner/GradleRunner.html#buildAndFail--[GradleRunner.buildAndFail()] methods depending on the anticipated outcome.

The following demonstrates the usage of the Gradle runner in a Java JUnit test:

        """

        when:
        def runner = GradleRunner.create()
        runner.withJvmArguments("-javaagent:${agentJar}")
        if (!GradleContextualExecuter.embedded) {
            runner.withGradleInstallation(buildContext.gradleHomeDir)
        }
        runner.withArguments("--configuration-cache")
        runner.forwardOutput()
        runner.withProjectDir(testDirectory)
        runner.withPluginClasspath([new File("some-dir")])

	var usecases = []struct {
		name                string
		runner              Runner
		expectedCmdAndFlags map[string][]string
		setAdditionalFlags  func(*pflag.FlagSet)
	}{
		{
			name:   "when there are no phases, cmd should be left untouched",
			runner: Runner{},
		},
		{
			name: "phases should not inherits any parent flags by default",
			runner: Runner{
				Phases: []Phase{phaseBuilder4("foo", nil)},
			},

        when:
        def runner = createRunner()
            .withProjectDir(workingDir)
            .withArguments(arguments)

        then:
        runner.projectDir == workingDir
        runner.arguments == arguments
        runner.pluginClasspath == []
        !runner.debug
        !runner.standardOutput
        !runner.standardError
        !runner.standardInput
        0 * testKitDirProvider.getDir()

				func(cmd string, args ...string) exec.Cmd { return fakeexec.InitFakeCmd(&fcmd, cmd, args...) },
			},
		}
		ipt := New(fexec, ProtocolIPv4)
		runner := ipt.(*runner)
		if testCase.Expected != runner.hasCheck {
			t.Errorf("Expected result: %v, Got result: %v", testCase.Expected, runner.hasCheck)
		}
	}
}

func TestIPTablesCommands(t *testing.T) {
	testCases := []struct {
		funcName    string
		protocol    Protocol

}

func Test_BoundedFrequencyRunnerNoBurst(t *testing.T) {
	obj := &receiver{}
	timer := newFakeTimer()
	runner := construct("test-runner", obj.F, minInterval, maxInterval, 1, timer)
	stop := make(chan struct{})

	var upd timerUpdate

	// Start.
	go runner.Loop(stop)
	upd = <-timer.updated // wait for initial time to be set to max
	checkTimer("init", t, upd, true, maxInterval)